Our plastering work:

Plastering work

• We apply base plaster, which is a mineral-bonded thick-layered application and is used to level out larger irregularities and creates an even base for subsequent coatings. Depending on its composition, it can be used for interior, exterior and damp areas and can also provide thermal and sound insulation.
We also apply top coats, i.e. a finishing plaster, which is the top layer of a multi-layer plaster structure. It can be smoothed or textured.

Dry construction work

• We build lightweight walls consisting of stud frames with a substructure made of galvanized sheet steel profiles and planking on both sides with 1 or 2 layers of plasterboard. With or without insulation material
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• We create facing formwork that is placed in front of a wall, with a substructure and planking on one side with 1 or 2 layers of plasterboard.
• Wall linings, placed in front of a wall, made of solid plasterboard without substructure.
Wall claddings, fixed to a load-bearing wall, made of single-sided planking, with or without substructure.

Internal thermal insulation

• Internal insulation (e.g. basement walls) is a measure that uses suitable materials to reduce the supply or loss of energy, such as heat and sound, or to prevent the ingress of moisture. It can also include fire protection

• External thermal insulation effectively protects the load-bearing masonry from temperature differences. External thermal insulation is suitable for new and old buildings

Acoustic ceilings

• There are different types of acoustic ceilings. The perforated panel ceiling consists of a substructure made of. metal profiles and a perforated plasterboard panel with glued-on fiber fleece.

• There are also other systems.

Underlay floors

• The flowing screed can be laid directly on raw concrete, on a separating foil, as a floating underlay floor or as underfloor heating.

Stucco fittings

• The production of cornices or stucco moldings using a template is called pulling work or, colloquially, pulling.

• Gypsum is particularly suitable for pulling work due to its favorable setting curve and early strength. The plaster is mixed in a clean container, ideally in a plaster box with a sloping base. The amount of water required should be calculated or estimated. The plaster is sprinkled evenly into the clean water until islands form on the surface.

The actual production of the cornice takes place in three phases. These largely correspond to the setting behavior of the plaster. During the pouring phase, the still liquid plaster slurry is thrown onto the roughened base or carefully emptied onto the intended bonding surface. At this stage, the stability of the slurry is still very low. The final insertion of reinforcement takes place around the end of the casting time.

• The second phase is now crucial. During this period, the spreading time, the slurry becomes increasingly malleable and stable. It must be used to build up the cornice to its full size and work out the contours. The template is pulled or pushed along the guide under even pressure. This process is repeated several times until the profiling is filled to the full edge.

During the smoothing phase, the cleaned stencil is guided with increased pressure. Material is now removed from the smoothing stick and pressed against the stencil sheet by hand. Smaller holes are filled and the surface is smoothed (compacted). The setting cornice causes a noticeable resistance of the stencil due to the increase in volume. It is therefore essential that the sliding surfaces are cleaned and lubricated.